The phrase "automatic chamber" is correct and usable in written English.
It can be used in contexts related to machinery, firearms, or any system that operates automatically within a chamber-like structure.
Example: "The new firearm model features an automatic chamber that allows for rapid firing without manual intervention."
Alternatives: "self-loading chamber" or "automated chamber".
Automatic chambers were used to evaluate the attribution methods.
Daily N2O fluxes were measured almost continuously (at least 87% of the 3-year rotation duration) using automatic chambers.
The N2O fluxes measured by the different methods showed good agreement in magnitude and temporal dynamics, especially when the automatic chambers were in the eddy covariance mast footprint.
Overall, the mean measured N2O emission was 53 ± 6 μg NN2O m−2 h−1 for the automatic chambers, 45 ± 7 NN2O m−2 h−1 for the eddy covariance system and 37 ± 9 NN2O m−2 h−1 for the fast-box, for periods when both automatic measurement systems were functioning.
The N2O fluxes measured by the automatic chambers and the fast-box were positively correlated with soil humidity (p < 0.01), water-filled pore space (p < 0.01) and nitrate soil content (p < 0.05).
In the current study, we combine Li-Cor 8100A CO2 flux system with the infrared N2O analyzer (Teledyne API, San Diego, CA) and a laser spectroscopic analyzer (Los Gatos Research Inc ,Mountain View, CA) to design a robust setup for reliable concurrent measurements of N2O and CO2 emissions from automatic chambers and to obtain flux gradient N2O data from agricultural land.
During a 2-month campaign (mid-March to mid-May 2015), N2O fluxes were measured in a small cropland area (∼km2) (i) continuously at the plot scale using automatic chambers in a wheat field, (ii) punctually on a group of 16 plots including different types of soils and crops using a mobile chamber (fast-box), and (iii) continuously at the landscape scale by eddy covariance using a 15-m height mast.
Briefly, experiments were carried out with an automatic hybridization chamber (Discovery from Ventana Medical System , Inc.
Afterwards, the plate was developed in an automatic developing chamber (Camag, Switzerland) at 25°C with 75% humidity and a developing distance of 8 cm.
Given the potential consequences of loss of diagnostic information, of retakes, and of shielding of automatic exposure-control chambers, gonad shielding might better be discontinued.
